2- A very high value of $$ K $$ indicates that at equilibrium a- Less reactants and more products b- more reactants and less products c- same amount and products d- None

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A **very high value of the equilibrium constant ($$ K $$)** indicates that, at equilibrium, the **formation of products** is highly favored over the reactants. This means that the concentration of **products** is much greater than that of the **reactants** when the system has reached equilibrium.

**Correct Answer:**
**a) Less reactants and more products**

**Explanation:**
- **Equilibrium Constant ($$ K $$)**: It is defined as the ratio of the concentration of products to reactants, each raised to the power of their respective coefficients in the balanced chemical equation.
  
  $$
  K = \frac{[\text{Products}]}{[\text{Reactants}]}
  $$
  
- **High $$ K $$ Value**: A large $$ K $$ value implies that the numerator (products) is much larger than the denominator (reactants), indicating that the reaction favors the formation of products at equilibrium.

Therefore, a very high $$ K $$ value signifies that, at equilibrium, there are **fewer reactants and more products** present in the system.
A very high $$ K $$ value means there are **fewer reactants and more products** at equilibrium.

2- A very high value of indicates that at equilibrium
a- Less reactants and more products
b- more reactants and less products
c- same amount and products
d- None

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2- A very high value of indicates that at equilibrium a- Less reactants and more products b- more reactants and less products c- same amount and products d- None